According to Michael, "We are using QSS to design new generations of battery materials and completing optimization for scale-up of high-energy/high-voltage 250 mAh/g two-phase layer-layer NCM composite cathode materials, scheduled for pilot production in 2010. We are reaching out for partner ships in the US to scale up volume production in 2011. We currently offer 160mAh/g NCM composite cathode material in two versions with different particle sizes and tap densities for customers in P-HEV, HEV, EV and consumer applications, working with a manufacturing partner in Asia."

Dr. Deepak Srivastava, CTO, presents "NanoeXa's Quantum Simulated Li-ion Battery Materials Database and Design Engine Software: Materials to System Level Design and Optimization" on June 23rd. According to Dr. Srivastava, "QSS from the atomic to system level battery materials design and optimization has been validated by materials synthesis and prototype half-cell battery testing. We seek partnerships to develop this software to the next level for Li battery-related applications. We expect a consortium of three or four companies could accelerate QSS development and deliver performance and price benefits to ultra capacitor, solar cell, fuel cells and other industries that utilize metal oxide materials. And we see significant long term potential in Li-Air battery development."

About NanoExaNanoeXa delivers advanced Li-ion cathode materials. QSS enables the rapid and low cost design of advanced materials. We focus on building partnerships for high volume manufacturing and development of advanced materials for Li-based batteries, ultra capacitors, and applications enabled by advanced metal-oxides.